Artificial Intelligence

AI or Artificial Intelligence is defined as a branch of computer science dedicated to the creation of intelligent machines. AI has been around for decades now and has become an important part of the technology industry. While most people think of AI as Terminator type robots, who will destroy mankind and take over the world, the truth is that we have been using artificial intelligence for a very long time. It is artificial intelligence that is behind Siri, those GPD devices, those automatic vacuums and lawnmowers, and those extended arms on assembly lines designed to perform simple repeated tasks.

The Growth of Artificial Intelligence involves the best and the brightest in the fields of computer programming and engineering. In order for AI to reach its full potential computers are going to have to be programmed to have certain traits. These traits include:

Knowledge

Reasoning

Problem Solving

Perception

Learning

Planning

The ability to move and manipulate objects

Artificial Intelligence or AI has knowledge engineering at its core. In order for machines to “think and act” like humans they need to be given an abundance of information relating to the the world. While machines can be fairly easily programmed to perform some human like functions, Initiating common sense, reasoning and problem solving in machines is difficult to achieve.

While there are some machines that perform human or human like functions and are even to act rationally and perform some human acts that doesn’t mean that they process the information that enables them to perform these functions in the same way that the human mind does.

The Goal of Artificial Intelligence Creation

There are 4 main goals of AI creation including

Creating machines that think like humans

Creating machines that act like humans

Creating machines that think rationally

Creating machine that act rationally

AI can be programmed to do various tasks, but still has a long way to go to reach its full potential. For example, while machines have come a long way in facial recognition they don’t recognize faces in the same way that humans do. For starters a face has to beside a “frame” in order for the computer to recognize the face at all. Then recognition comes from pixels rather than for actual sight. Machines performing facial recognition still has a long way to go.

One of the most difficult part of programming for AI is trying to program a machine to have common sense. While it relatively easy these days to program a computer to see that a task needs to be done and even to perform the task to accomplish that task, it is extremely difficult given certain situations to program a computer to know when the task should be done or should not be done.

While you can program a robot to recognize an empty cereal bowl, put in cereal and add milk, If the cereal bowl has blueberries or even a bug in the bottom the robot or computer won’t be able to reason it out whether they should still put cereal or milk in the bowl or not.

The truth is that Artificial Intelligent machines can handle certain tasks well and even act much like humans when performing those tasks. You can even program machines that look almost like humans if they were given enough data. Less successful so far is getting humans to react in a way that we expect humans to react in given situations, especially those situations that have elements of emotion.

Benefits and Dangers of Artificial Intelligence

There are some benefits to the development of Artificial Intelligence and these benefits include:

Error Reduction- Human error is the cause for many problems both large and small. AI reduces the number of errors across the board in all types of activities or problems. However, you do have to be aware that computerized programs do sometimes malfunction or have glitzes, which may result in some errors still occurring.

Artificial Intelligence Can Overcome Human Limitations- AI can be used to overcome human limitations especially in situations that would be dangerous to humans such as mining for new fuels, or exploring the ocean floor.

Artificial Intelligence Can be Used for Repetitive Tasks- AI can be used to perform repetitive tasks such as assembly line work.

AI Machines can work without Breaks- Humans need to take breaks to eat, sleep and take care of their personal business. Machines have none of these needs and are able to work without breaks.

AI is all ready being used in various fields, including in manufacturing, medicine, transportation and public service just to name a few.

Potential Problems or Dangers of Artificial Intelligence

There are some potential problems or dangers of artificial intelligence. These problems or dangers include:

The Development of AI will Cost Jobs- The development of artificial intelligence will cost many people their jobs. While it is true that it will also create more jobs the jobs they will take will be mainly unskilled labor. The jobs that AI will create will be more technical jobs that requires more educations. For those people who can’t afford to further their education or pay for retaining they will be out of work.

Artificial Intelligence Will Only be as Good as the People who are Programming it. Since not all the engineers or programmers will be equal in their skills some of these machines will function better than others.

AI Will Lack Human Creativity- Since machines can only know what the programming teaching them they will lack the creativity that can only be found in humans.

AI Will Never be Able to Show Sympathy or Empathy- Artificial Intelligence will never be able to show sympathy or empathy, which is sometimes needed in even work situations and makes for a better working environment.

There is also a very legitimate concern that artificial intelligence in the wrong hands could become a threat to mankind.

]]>https://info-dog.com/artificial-intelligence/feed/0APPLE WATCH SERIES 3https://info-dog.com/apple-watch-series-3/
https://info-dog.com/apple-watch-series-3/#respondWed, 24 Jan 2018 13:11:05 +0000https://info-dog.com/?p=188Introduction The new Apple Watch Series 3 is now official. It offers an excellent update of the previous version: the integrated mobile phone support. The [...]

The new Apple Watch Series 3 is now official. It offers an excellent update of the previous version: the integrated mobile phone support. The integrated LTE wireless connection enables new Apple Watch Series 3 to stay connected when disconnected from an iPhone. This is a big step forward to becoming an independent mobile device. This means you can make, receive calls and messages while just removing yourself from your iPhone with Apple Watch. The watch uses a separate connection when you are not on the phone. But you always use the same phone number so that all messages reach you, regardless of whether you have your phone or watch with you.

The new Apple Watch is visually very similar to the existing version, with backward compatibility with existing straps and bands. There’s a new Blush Gold color that matches the iPhone’s new color option. Along this a new dark grey ceramic for high-end models that bind to the existing white. Inside, it has a new dual-core processor with 70 percent more power, as well as a new W2 chip that enhances wireless connectivity as well as Bluetooth and energy efficiency. The cellular antenna is actually the screen itself, and there is an electronic SIM card for the connection. Thе dеvісе hаѕ thе same physical size аѕ the Sеrіеѕ 2, аlthоugh all thаt is nееdеd for сеllulаr аnd LTE соnnесtіvіtу has been аddеd, although thе rеаr window еxtеndѕ to 0.25mm, whісh іѕ incredibly thіn.

· Streaming Music: The Missing Piece Falls into Place

The real-time music does not consume the battery life, a lot, which is not a surprise. But you should always think about it. And the only way to look for new things on the clock is to use your voice, which can be uncomfortable. There are two separate applications for listening to music on Apple Watch Series 3: the music app and a radio app. On other Apple devices, Radio is a tab of Apple Music. Here is your own application. The music app will find your synced playlists (just like non-LTE Apple watches). If you pay $ 10 a month, you can extract this any other music. The radio app is free and will allow you to listen to Beats 1, Apple’s free radio station or three non-Apple radio stations. ESPN, CBS and NPR.

Hаvіng two ѕераrаtе muѕіс аррѕ іn Apple Wаtсh Sеrіеѕ 3 ѕееmѕ аbѕurd untіl уоu ѕtаrt uѕіng thеm. Even аftеr thаt it іѕ still a bіt соnfuѕіng. The apps are distributed all the time just because there are too many features and tabs to fit into one SmartWatch app. When you are about to search for artist or genre using voice search just say “Hey Siri, play Prince” or “Hey Siri, play workout music” into the watch, radio application will start playing the music. If you request a specific song like “Hey Siri, Going Deaf”, it will play in the music application. You may not even notice if you do not look at the face of the watch, but there is a transmission that occurs between the two applications.

· Design: Unchanged, in a Good Way

Apple’s ability to bring a larger cellphone modem and a larger battery into Apple watch Series 3 without dramatically increasing its size is impressive. The watch is a bit thicker than the Series 2, about two sheets of paper thicker, said Apple, but it is not so noticeable. The Apple Watch Series 3 38mm is the only LTE smartwatch that looks good on your wrist. The Apple watch Series 3 also comes in a larger size of 42mm for people with larger wrists.

The ultra-bright OLED Display 1000 Nits has the same size and resolution as previous models: 272 x 340 pixels in the 38mm model and 312 x 390 in the 42mm frame. The screen is made of Ion-X glass in aluminium and sapphire crystal models in stainless steel and ceramic. The variety of aluminium is available in gold, silver and grey, while the ceramic version is available in white and grey. Basically, it is still one of the most attractive smartwatches on the market (yes, although it is square).

· Phone Calls: Better with Bluetooth Earphones

you can call home from your watch, did you really want? Making or receiving calls from your wrist is something new, and you will certainly be fed up. A pair of Bluetooth headphones, like the Apple AirPods, enhance the experience: it’s as enjoyable as a phone call. When you buy the watch for the first time, the watch will start to heat/warm your wrists. But do not worry After it updates itself the overheating problems will not occur.

The call quality of the watch is similar to that of the iPhone, and when combined with Apple AirPods talking on the watch is effortless. Although it Looks like you’re talking without a phone in your hand, if you do not mind, you seem a little uncomfortable to the public, then move on. For fast meetings with friends or other important people, the clock will work perfectly.

SOME REASONS APPLE WATCH SERIES 3 WILL HELP YOU TO STICK TO YOUR RESOLUTIONS

The two models of the Apple watch series 3, one with cellular and the other without, have a new barometric altimeter, which is a new data point useful for altitude measurement.

This is useful for hiking and skiing as well as for real climbing. The LTE Series 3 offers the same outstanding fitness tracking features as the non-cellular Series 2 and 3, including a built-in GPS and accurate heart rate monitor.

The Apple WatchOS 4 update offers more fitness tracking features for all smartwatches, such as the alert when your heart rate elevated and support for high-intensity interval training. A function that connects your watch to your fitness equipment to follow the exercise more closely is taking place slowly. Apple hаѕ аddеd a fеаturе tо the LTE wаtсh thаt аllоwѕ you tо turn оff the сеllulаr and hеаrt rаtе mоnіtоr tо ѕаvе battery life. Thаt’ѕ great if you wоrk lоng tеrm. You can change this feature during a run, but if you do it frequently, it makes it kind of useless to have LTE watch.

It Can Be As Easy Or Complicated As You Want.

Apple Watch Series 3 can tell you a lot about yourself. At some point it can show you how many calories you have burned, what steps have you taken and what minutes you took in a day, and that’s just the basics. The next morning, the watch produced a graph of my heart rate minute by minute. When you walk, run or ride a bicycle, it also records your distance, average speed and altitude. It seem that you are getting biometric data at once, which is great for people who want to customize their exercise routines. When all is worrisome, the Basic Three-Ring Activity screen provides an easy-to-understand summary of your daily activities. To be honest, the colors are really bright and fun and you will end up staring at it.

You Can Measure Elevation.

New to Apple watch Series 3 it is an integrated altimeter that records your altitude. If you love to hike, try the altimeter the next time you go to the Adirondacks. Observe? This watch literally gives you the desire to climb mountains.

It Is Water Resistant

Yes, you can bring this watch to the pool. The Apple Watch Series 3 withstands water up to 50 meters, which means you can swim in shallow water. (Be careful with the shower, soaps and shampoos it can damage the unit).

Bottom Line

The Apple watch Series 3 with LTE had its problems, such as the Wi-Fi software bug. Also the problems of the operator of the start weekend. But with a software update that adds real-time music and manual control over cellular and Wi-Fi connectivity. The clock has already skyrocketed so your watch does not get stuck between two. A longer battery will remain a battle size, though the Series 3 has a bigger battery than its predecessors. Thеrе аrе times whеn thе LTE mаkеѕ thе сlосk rеаllу magical: receive a text mеѕѕаgе whіlе runnіng alone wіth Aррlе Wаtсh аnd AіrPоdѕ, оr dоwnlоаd emails wіthоut a рhоnе nеаrbу аftеr you lеаvе thе office fоr lunсh tо hаvе.

The biggest problem with the LTE 3 Series is that it costs too much for what it is. A complementary device for your iPhone. At $ 399 for the 38mm version and $ 429 for the 42mm version plus $ 10 a month for mobile service. The clock should be more efficient and have better battery life. If you want the Apple watch Series 3, you get the non-LTE version, which starts at a favourable price of $ 329.

]]>https://info-dog.com/apple-watch-series-3/feed/0Bitcoinhttps://info-dog.com/bitcoin/
https://info-dog.com/bitcoin/#respondSun, 14 Jan 2018 17:54:17 +0000https://info-dog.com/?p=80 What is Bitcoin? Bitcoin is another trade that was made out 2009 by a dark individual using the false name Satoshi Nakamoto. Trades are made [...]

Bitcoin is another trade that was made out 2009 by a dark individual using the false name Satoshi Nakamoto. Trades are made with no inside men which mean no banks! Bitcoin can be used to book motels on Expedia, scan for furniture on Overstock and buy Xbox preoccupations. However, an extraordinary piece of the development is tied in with getting rich by trading it. The cost of bitcoin takes off into a large number of each 2017.

Why Bitcoins?

Bitcoins can be used to buy stock anonymously. Moreover, worldwide portions are straightforward and unobtrusive in light of the fact that bitcoins are not appended to any country or subject to a course. Private endeavors may like them in light of the way that there are no charge card costs. A couple of individuals basically buy bitcoins as a theory, assuming that they’ll go up in regard.

Getting Bitcoins

Buy on an Exchange

The various business focuses called “bitcoin exchanges” empower people to buy or offer bitcoins using unmistakable money related benchmarks. Coinbase is a principal exchange, nearby Bitstamp, and Bitfinex. Nevertheless, security can be a stress: bitcoins worth an immense number of dollars were stolen from Bitfinex when it was hacked in 2016.

Trades

People can send bitcoins to each other using versatile applications or their PCs. It resembles sending cash deliberately.

Mining

People battle to “mine” bitcoins using PCs to clarify complex math dumbfounds. This is the methods by which bitcoins are made. Starting at now, a champ is repaid with 12.5 bitcoins for the most part predictable.

Owning Bitcoins

Bitcoins are secured in an “electronic wallet,” which exists either in the cloud or on a customer’s PC. The wallet is a kind of virtual money related adjust that empowers customers to send or get bitcoins, pay for items or extra their money. Not under any condition like money related adjusts, bitcoin wallets are not protected by the FDIC.

Wallet in a cloud: Servers have been hacked. Associations have fled with clients’ Bitcoins.

Mystery

Despite the way that each bitcoin trade is recorded in an open log, names of buyers and vendors are never revealed – simply their wallet IDs. While that keeps bitcoin customers’ trades private, it in like manner allows them to buy or offer anything without easily tailing it back to them. That is the reason it has transformed into the cash of choice for people web acquiring drugs or other unlawful activities.

Future being alluded to

No one perceives what will happen to bitcoin. It is generally unregulated, however, a couple of countries like Japan, China, and Australia have begun estimating headings. Governments are stressed over expense gathering and their nonappearance of control over the money.

Bitcoin utilizes shared innovation to work with no focal specialist or banks; overseeing exchanges and the issuing of bitcoins is completed by and large by the system. Bitcoin is open-source; its outline is open, no one possesses or controls Bitcoin and everybody can partake. Through a significant number of its one of a kind properties, Bitcoin permits energizing uses that couldn’t be secured by any past installment framework. In basic words, digital currencies like bitcoin are like the virtual ‘money’ put away in online wallets — Ola Money, Paytm, Freecharge and so forth—you use for purchasing items or administrations through the web.

What is a digital currency?

Digital money, as the name proposes, are monetary forms which are created by PC codes, in this way it has no issuing organization (like Reserve Bank of India). Any digital currency is created by ‘excavators’ on a cryptographic money arrange like bitcoin that takes care of complex numerical issues.

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There are a large number of digital currencies dynamic today — every one of them is same or comparable in nature, essentially contrasting on the innovation they use for encryption and hashing (creation producing an esteem or qualities from a string of text through a scientific capacity). The most well-known ones are Bitcoin, Ether, Bitcoin money, Ripple among others.

What is bitcoin?

Bitcoin is the name of the most seasoned and most mainstream cryptographic money organize and in addition the unit of cash produced by a similar system. But the way that it is virtual (i.e. you can’t touch it as there is no physical shape) and decentralized, bitcoin act especially like any genuine cash you know.

Bitcoin can be utilized to buy items and as an installment for administrations (subject to acknowledgment), can be a venture apparatus, exchanged available in addition to other things. An ordinarily utilized shorthand for bitcoin is ‘BTC’ (much like INR, USD, and so forth.).

The bitcoin system and money were presented by an obscure individual or gathering Satoshi Nakamoto in 2009. The money was proposed as “a simply shared rendition of electronic money would enable online installments to be sent specifically starting with one gathering then onto the next without experiencing a monetary foundation”.

The prominence of bitcoin or any digital money so far as that is concerned is the obscurity and the mystery it gives. In spite of the fact that the exchange information is open, the personality of gatherings associated with the exchanges in never uncovered. In this way, aside from being a possibility for making an installment secretly, it additionally draws in tax criminals and assessment dodgers.

How does bitcoin function?

There are two watchwords with a specific end goal to see how digital forms of money work — squares and mining. Roughly, excavators are individuals who secure and control the system by checking exchanges. In compensating they ‘mine’ bitcoins.

While a square is a cluster of exchanges on the system. Each piece contains a changeless and unmodifiable record of every exchange which is a piece of it. In addition to data about the past square, it is affixed to. A piece can’t be framed autonomously, it should be associated with a chain of squares.

Diggers gather the exchanges on the system and form a package called a square. For instance, we should accept two exchanges (for the most part, a piece has a huge number of exchanges): Sunil pays Sachin 3 BTC and Rajeev gets 7.23 BTC from Sneha. These two exchanges would be a piece of a block. The mineworkers would then attempt to approve the exchanges, ensuring that Sachin and Sneha have enough bitcoins in the wallet for the exchange to experience.

To approve, they don’t have to enquire either of them. It is altogether done by the system in a mind-boggling instrument which utilizes the energy of excavators’ PCs.

As the quantity of squares in a blockchain expands, the trouble of the scientific issue additionally upgrades. The graph demonstrates relative trouble level (base 1 for the primary piece) of the issues, after some time. Source: Blockchain.info

Excavators continue producing hashes — a string of arbitrary numbers — till somebody achieves the arrangement. Each square needs countless to achieve an answer, it’s all attempt and hit. Presently, 10,445,729.47 TH/s (1 TH= 1,000,000,000,000 hashes) are being created by the excavators. Once an answer is produced, it is confirmed by different excavators in the piece.

When a solution is confirmed, it, in the end, verifies the exchanges in the square. Mineworker (or digger pool) who finds the arrangement gets a reward, much the same as a commission for approving the exchanges in banks. In spite of the fact that this reward or rateis not given by means of the gatherings in the exchange. The system produces a new set of bitcoins (particularly like printing cash).

Another piece is made simply after an answer for the past square is found. A chain of squares is made known as blockchain.

]]>https://info-dog.com/bitcoin/feed/0Big Data Innovationhttps://info-dog.com/big-data-innovation/
https://info-dog.com/big-data-innovation/#respondFri, 05 Jan 2018 19:39:29 +0000https://info-dog.com/?p=67Big Data Innovation:- a complete analysis Big data is a data set that is so large or complex that traditional data processing applications are inadequate. [...]

Big data is a data set that is so large or complex that traditional data processing applications are inadequate. Challenges are included in the confidentiality of analysis, capture, search, sharing, storage, transfer, viewing, query, updating and information. Big data often refers simply to analysis, user behavior analysis, or some other advanced data analysis methods that use data extract, rare. Accuracy and greater confidence in big data lead to decision making and better decisions can result in greater operational efficiency, cost reduction, and lower risk.

By analyzing the data set, we can also find a new correlation for spot trade trends, prevention of diseases, combat crime etc. Doctors of scientists, business executives, medical, advertising and the government is equally difficult with large data sets in areas including regular Internet search, finance, urban information science and business information.

Data sets are increasing at very fast because they are increasingly cheap and gathering much information by sensing mobile devices, air sensing (remote sensing), software logs, cameras, microphones, radio frequency identification (RFID) readers and wireless sensor networks. Are there.

Relational database management systems and desktop statistics and visual packages often have difficulty handling big data. Big data is believed to be based on the capabilities of their users and their devices, and larger data than expansion capabilities create a moving target.

For some organizations, hundreds of data management options facing gigabytes of data may need to be re-considered for the first time. Data size becomes an important consideration for others before it can take tens or hundreds of terabytes.

Definition

The Big Data ‘Size’ is a continuous target, as many figures of 2012 data are from as few dozen terabytes as possible to. Big data datasets that are complex are complex which require a set of technologies with new forms of technology and integration to reveal insights and also have a huge scale. Big data is high quantity, high velocity, and / or high quality information assets that make extended decisions in new forms of processing, need to enable insights and enable the optimization process.

In a popular tutorial published in the AEEE access journal, the authors have classified the definition of large data into three categories: properties definition, comparative definition and Thing definition. The authors also have a large data technology map. In a research report and related lecture in 2001, the M-e-T-A group (now Gartner) analyst Doug Lenny is going three-dimensional, i.e. the amount of data inside and outside (amount of data), velocity (speed data growth) As defined by the data development challenges and opportunities) and diversity (data types and range of sources). Gartner, and is now continuing to use this ‘3V’ model to describe much larger, industry data.

As in 2012, Gartner updated its definition: ‘Big data is high volume, high velocity, and / or high quality information assets that enable enhanced decision-making of new forms of processing, insight of insights and optimization process. ‘Gartner’s definition of 3Vs is still widely used, and a common consensus is that it has been said that’ Big Data ‘in agreement with The nature of this kind represents the characteristic of a high quantity, the need for specific technology and analytical methods for variation and variation in its variation ‘.

Attributes
Big data can be described by the following features:

Volume: The size of the data determines the value and potential and this can actually be considered for larger data.

Variety: the type and nature of the data. It helps people who use this analysis to effectively analyze the resulting insights.

Velocity: The speed at which the data is generated and action is carried out so that they can meet their demands and challenges.

Variability: Can handle the discrepancy of the data set and affect the processes for managing it.

Truth: Precise analysis may vary greatly by affecting the quality of the data.

Architecture

For manufacturing applications, Big Data Analytics can be based on a 5C architecture (connection, conversion, cyber, cognition, and configuration). Data allows an organization to shift its focus from centralized control for a shared model to respond to the changing mobility of information management. This data enables quick segregation of data in the lake, reducing time over the ground.

Technology

2011 The report of the McKinji Global Institute is the main component and the ecosystem of large data as follows: A / B testing, machine learning and analysis of data in the form of natural language processing, techniques for Big Data Technology, Business Intelligence, Like cloud computing and databases displays such charts, underlines and other data.

Doctors of large data analysis procedures, generally hostile to slow shared storage. Solid State Drives (SSD) prefer the direct attached storage (DAS) in their various forms by burying inside the high capacity SATA disk parallel processing nodes. Shared storage architecture-storage area network (SAN) and network attached storage assumption that they are relatively slow, complex and expensive. These properties have a large data analysis system, that are not compatible with the performance of the system, the infrastructure of the object and thrive at a lower cost.

Real or near-real-time information delivery is one of the critical characteristics of big data analytics. Latency therefore avoids whenever and wherever possible. Data in memory is not good data on disk spinning at the other end of a FC San Connection. The cost of a San on the need for application for scale analytics is much higher than other storage techniques.

There are advantages in 2011 as well as big losses to shared storage in data analysis, but big data analytics practitioners have not favored it.

Applications

Big data has increased the demand for management experts that spent more than $ 15 billion in software companies like AG AG, Oracle Corporation, IBM, Microsoft, SAP, EMC, HP and Dell software data management and analytics. In 2010, this industry was worth more than $ 100 billion and was growing by around 10 percent.

Developed economies use rapidly data-based technologies. According to an estimate, one third of the information stored around the world, alphanumeric text and still as image data is the format most useful for most Big Data applications. This also shows the potential of unused data in the form of video and audio content.

While many vendors offer stout solutions for Big Data, experts recommend the custom tailored development of the company to solve the company’s problem in the hands of the company if the company has sufficient technical capabilities.

Government

Useful for governmental processes and adoption of large data is beneficial and allows capacity in terms of cost, productivity, and innovation, [citation needed] but it does not come without flaws. Data analysis often works in collaboration and requires many parts of government (central and local) to create new and innovative processes to deliver the desired results. Official big data are key examples within the space.

America

In -2012, the Obama Administration announced the Big Data Research and Development Initiative, to explore how big data could be used to address important problems faced by the government. BIG data analysis has played a major role in Barack Obama’s successful 2012 re-election campaign.

India

-Big Data Analysis BJP was in the responsible part to win the Indian General Election 2014. How to find the Government of India, Indian voters use many techniques as well as ideas for policy growth. The government responds to the action, as well as many techniques.

International development

Research on the use of information and communication technology for effective development suggests that large data technology is a significant contribution. But it can also create current unique challenges for international development. Big data analysis offers to improve the decision-making process in areas such as health, employment, economic productivity, crime, security and natural disaster and resource management in the areas of effective development of effective opportunities.

Cyber physical models

Need to analyze machinery or process data during various stages of the machine life cycle to handle systematic, integrated management and more efficiently to handle data / information and to better transparency of machine health status for the manufacturing industry.

Education

Anne, Oxford Internet Institute
A McKinsey Global Institute study, 1.5 million highly trained professionals and managers have created programs of masters found by the lack of data and a number of universities including the University of Tennessee and UC Berkeley to meet this demand. Including free programs like data incubators or payment programs like the General Assembly.

Media

To understand how the media uses Big Data, it is also necessary to provide some context in the mechanism used for media processing. The industry is far from the traditional view of using specific media environments. Such as newspapers, magazines, or TV shows. And instead of moving on to the technologies that reach the target audience at the optimum time in optimum locations, tap into the consumers it happens. The ultimate purpose is to serve, or communicate a message is in line with the mentality of consumers. 1) Targeting of consumers 2) Data capture

IOT

Big Data and IOT work as a combination. The device’s data interaction from a media perspective is derivative of the connectivity key and allows precise targeting. With the help of big data, media industry, companies, and even governments transform a new era of economic growth. Crossroads of people, data, and intelligent algorithms have a far-reaching effect on media efficiency. Targeting the wealth of the generated data allows the mechanism of the industry to present a detailed layer.

]]>https://info-dog.com/big-data-innovation/feed/0Characteristics of Monitorhttps://info-dog.com/characteristics-of-monitor/
https://info-dog.com/characteristics-of-monitor/#respondMon, 11 Dec 2017 00:49:09 +0000https://info-dog.com/?p=60Characteristics of Monitor: – In this article, you will learn about characteristics of monitor. There are some special features within the monitor of any kind [...]

In this article, you will learn about characteristics of monitor. There are some special features within the monitor of any kind on which the quality is tested on the basis of which also the main symptoms of the monitor are resolution refresh rate do not pitch interlacing non-interlacing bit mapping etc. depending on which quality is tested.

Resolution: –

Significant attributes of the monitor – Resolution This illustrates the clarity of the picture on the screen, in most display devices, the small screen of small screens (Dots) These small small dot pots of pixels are also called pixels. Here the word pixels is a short form of Picture Element. The more pixels on the screen, the resolution of the screen is equally a That will that image (Image) will be equally clear is composed of a display resolution (Resolution) to be 640 * 480, this means that the screen column of 640 dots (Column) and rows of 480 dots (Row)

Refresh Rate: –

The monitor continues to work. The image keeps on removing the left and right from top to bottom on the computer screen. Which is arranged with electron guns. We can only experience this when the screen is clicked or when the refresh rate is low. The refresh rate in the monitor is measured in Hartz.

Dot Pitch: –

A type of pitch is a technical measurement. Which displays it. What is the horizontal difference or distance between the two pixels. It is measured in millimeters. This reflects the quality of the monitor. Datapitch should be low in monitor. This is also called phosphor pitch. The color pointer of color monitor ranges from 0.15 MM to 30mm.

Interlacing or non Interlacing: –

This is such a display technical. Which increases the quality of the resolution in the monitor. The electron gun used to draw only half line in the intrusion monitor because the introderator monitor only refreshes only half the line at a time. This monitor can display more than two lines in each refreshed bicycle. It was only lack of it that it was slow to slow down. The resolution of both types of monitor is good. But the nan intrusion monitor is much better.

Bit Mapping: –

Only the monitors used were able to display the tax only and their number of pixels was limited. Where Tex was manufactured. The technology used to enhancegraphics in which texts and pix can each be displayed, it is called bit mapping. In this technology bit map graphics is controlled by every pixel apparatus. However, This allows the operator to make any shape on the screen.

Video Standard or Display Modes

It refers to the technique used in the monitor. Video technology of personal computer is improving day by day. Following are the few examples of video standard in the standards that are familiar.

So this was our complete info regarding characteristics of monitor. because we have project quality work here and that is what we are doing. more articles will keep coming regarding this. Ans we will keep delivering quality work.

]]>https://info-dog.com/characteristics-of-monitor/feed/0Functions of Computer part-2https://info-dog.com/functions-of-computer-part-2/
https://info-dog.com/functions-of-computer-part-2/#commentsMon, 11 Dec 2017 00:40:01 +0000https://info-dog.com/?p=57Functions of Computer part-2 Softwares are the key functions of computer: Software goes to the software created for the operation of the computer. These are [...]

Softwares are the key functions of computer: Software goes to the software created for the operation of the computer. These are the following types:

Operating system: Programs created for the operation of computers and other devices engaged with the computer are called operating systems.

Language processor: The language processor of the program given to computer users is called.

Utility program (application program): It is called utility program by selecting programs that are created in the market and choosing it by inserting it into your menu.

Subroutine program: The program is called a novel program of small programs repeatedly used in the same program.

Run-time program: Software that is connected to the operating system of the computer and is used repeatedly in the same program or multiple programs, it is called routine program.

Computer Languages

The language of the computer can be divided into the following three sections-

Machine code language:

Each command has two parts in this language-the order code (location code) and the status code. These two are grouped together in the order of 0 and 1. In order to give order to the computer by programmers in the early days of the computer, different sequences of 0 and 1 were used. This language was time-unfriendly, due to which assembly and high level languages were developed.

Assembly language: A memorandum code was used in this language, which is called Mnenomic code. Like ADD for ADDITION, JMP was written for SUB and JUMP for SUBSTRACTION. But the use of this language was limited to computers with a certain structure, so these languages were called low level languages.
High level languages: IBM goes to the company for the development of high-level languages.

The development of the first high level language, called FTRAN, was done by the same company. After this hundreds of high level languages were developed. These languages are very close to the languages spoken and used in human speech. Some high level languages are:

(i) FORTRAN:

This is a short form of English words formula translation. This language of computer was developed by IBM in J. W. Bacs in 1957 AD. This language was developed to solve mathematical formulas easily and in a short time. This language is widely used for scientific work.

(ii) COBOL: COBOL

is actually a short form of Common Business Oriented Language. This language was developed for business interests. A paragraph is a group of sentences written for the operation of this language. All the paragraphs make up a section and the division is formed by the sections.

These words in English are short form of Beginners All Purpose Symbolic Instruction Code. In this language, a certain part of the order contained in the program can be executed, whereas in earlier languages, the entire program was to be put into the computer and after the program was properly, further tasks were executed.

(iv) ALGOL:

This is the abbreviation of the English alphabetic language (Algorithmic Language). It was created for use in complex algebraic calculations.

(v) Pascal (PASCAL) –

This is an enhanced form of algol. All variables are defined in it, due to which it is different from Algol and Basic. It is named after the French mathematician Blaise Pascal.

(vi) Komal: This is a short form of Common Algorithmic Language. This language is used for secondary level students.

Computer viruses

Computer virus is a type of electronic code that is used to eliminate the information contained in the computer. It is misinterpreted in a computer program, from a telephone line. This code can get wrong information, the collected information may be lost and if a computer is connected to a network, then due to being connected electronically this virus can affect the entire network. The exchange of floppy is also afraid of the spread of the virus. These months can remain in the computer unrecognized for years and can damage it.

Note: (i) Michelangelo was first seen on March 6, 1993. On the day it was found, it was the statue of Italy’s famous painter Michelangelo. So this virus was named Michael Angelo Virus.

(ii) The first computer virus found in India is Sea Brain which appeared in Madras (Chennai) in 1988.

(iii) One company in Bangalore has special expertise in anti-virus programs in India.

Computer networking

The use of Computer Networking is relatively new in the computer field but it is very useful in less time as it is more useful. This method is born with the combination of computer and telecommunication techniques.

Computer networking is a technique for connecting multiple computers. Computer networking is the collective use of all the capabilities of computers. Networking is done in two types – Local Area Networking (LAN) and Wide Area Networking (WAN). All computers placed in a single building by LAN are added, such as university campus, office etc. All computers placed in a large area by WAN are connected among themselves, just like all the offices in the city. A large computer network called INDONET is being established in India, which aims to connect the main cities of India through computers.

Collection and Input of Statistics,
Storage,
Processing and processing
Output or Retrieval of Statistics or Received Information These statistics or information may be written, printed, audio, visual, drawn, or mechanical.

Computer units – Functions of Computer

The computer has four main units-

Input Unit,
Central Processing Unit-CPU,
External Memory Unit
Output unit
Data is entered by the input unit in the computer, data is processed and processed by the Central Processing Unit, in collaboration with the External Memory Unit, as required and finally released by the output unit in the form of data or information. Cpu is called the brain of the computer. Cpu is also called Micro Processor. The microprocessor was invented by Robert Noyce and Garden Moore in 1971 AD.

Computer parts

Generally, The computer has two parts – the basic part and the optional part

The original part

Computer Unit or Main Computer:

The system unit controls and applies all the functions of a personal computer. The key-board, monitor, mouse, printer and so on are installed in the closingpart of this unit. Hard Disc and Floppy Disc are also within this unit. It comes in two forms – Desk Top Type and Tower Type.

Monitor: A computer monitor is like television. The pictures that appear on the monitor screen are made up of small points called pixels.

Hard Disk and Floppy Disc Drive:

Disor disks are used in computers to store information. There are two types of disk-hard disk and floppy disks. The hard disk is a permanent disk of the computer, while the floppy disk is used when the data is transferred from one computer to another computer. A hard disk is also large in size and faster in speed than a floppy disk. In the front part of the computer, there is also an erection, in which the floppy disk is applied, which is called the floppy disk drive. Optional part

Mouse:

A mouse is a means by which the computer is controlled without using the keyboard.

Printer:

A printer is a tool that prints any document on your computer. There are many types of printers – Dot Matrix Printer, Line Printer, Inkjet Printer, Laser Printer I Laser Printer are the best in computer printing techniques but their The price is also the highest. The laser printer is like a photocopier machine, except that instead of photographing on a written document like a photocopier machine, it uses laser beans in shape. They take out a better variety of printouts. At the same time, speed is also the highest, approximately 13,000 rows per minute.

Scanner:

A scanner is a device that can capture images or images directly into a photograph. It works like a photography machine. The only difference is that instead of copying on a paper it makes a photocopy in the computer.

Computer systems

Hardware: The computer and all the accessories and devices attached to it are called hardware. It includes Central Processing Unit, Internal Memory, External Memory, Investment and Production Unit etc. Two main parts of the hardware are computers and all the related devices such as Modem, Printer, Disk, Tclad, etc, which are known as Peripheral Devices.

]]>https://info-dog.com/functions-of-computer-part-1/feed/1Main features of computerhttps://info-dog.com/main-features-of-computer/
https://info-dog.com/main-features-of-computer/#commentsMon, 11 Dec 2017 00:13:42 +0000https://info-dog.com/?p=49The main features of computer Here are the following main features of the computer. (i) In the 32 or 64 parallel circuits, the information obtained [...]

Here are the following main features of the computer. (i) In the 32 or 64 parallel circuits, the information obtained with the help of a microprocessor can be worked together simultaneously.

(ii) These use magnetic bubble memories-MBM or Charge Coupled Devices-CCDs, which have high storage density, can be used to store large amounts of information in smaller places. .

(iii) Specific types of air conditioning are needed for them in the world.

(iv) Supercomputer only needs to be conformed to a number of instantly changing statistics.

Supercomputers are used in many areas. Supercomputer is also used to predict the weather. With the help of super computer in the field of space research and the launch of satellites, computerized nuclear tests and missile tests, scientific research works, complex data is analyzed by a series of complex programs.

Quantum Computer:

In addition to the above mentioned types of computers, Quantum is in the final stage of computer development. It will be also able to solve complex problems in seconds by speeding and complex from supercomputers in seconds. Scientists say that this quantum computer can be advanced by the human brain.

It will be able to solve complex international mathematical problems, such as the final theorem of forgot, which takes 300 years to solve. Quantum computer will be able to solve Riemans Hypotheses, the most famous unsolved problem of mathematics, in some time. Quantum Computer also will use cryptic areas of physics like quantum mechanics to solve all kinds of complex problems.

In the quantum computer, Q-Bit will be used in place of Binary Bits, which is the implantation of zero and one.

However Classification based on the work method: According to the methodology, there are five types of computer. These are-

Digital Computers:

In everyday language when we pronounce computer term, it has a direct meaning – numerical computer. These computers do their work by changing all types of information into binary system. They count (adding) all kinds of calculations. They can work very well. But the feature is that their calculations are very pure. Any kind of operation can be done in this.

Analogue Computers:

Analog is a Greek, which means – Finding Conformity in Two Dimensions. In analog computer, any physical method or amount is customized in electrodes with the help of electronic circuits. Just as the digital computer works by counting the amount, so does the corresponding computer by measuring or measuring the computer. The accuracy of calculations made with the help of these computers is also not very pure, 99% accuracy can be achieved.

Hybrid Computers:

In this type of computer, the characteristics of both digital and analog computers are exploited. They are used extensively in automated equipment. Moreover, this type of device is a robot, with the help of which many tasks are being done automatically nowadays.

Optical Computers:

In the development of computers of the fifth generation, these types of computers are being created, in which the function of connecting one organ to another is done from the fiber of optical fibers and computed components were created on optical method.

Atomic computer:

At the University of Carnegie, research work on such nuclear computers is to turn a particular proton atom into an integrated circuit and give the computer more memory capacity so that such a computer can be 10,000 times the power of today’s computer Be it.

]]>https://info-dog.com/main-features-of-computer/feed/1computerhttps://info-dog.com/computer/
https://info-dog.com/computer/#respondMon, 11 Dec 2017 00:07:14 +0000https://info-dog.com/?p=46Computer The term Computer comes from the English language computer, which means calculation. Although initially the use of computers was used especially for calculative works, [...]

The term Computer comes from the English language computer, which means calculation. Although initially the use of computers was used especially for calculative works, now its work area has increased greatly. Therefore, the computer is an electronic device that processes information based on the set of instructions. This directive group is called program. Thus, it is not only a calculator, but it is a tool to process mathematical and non-mathematical all types of information.

Development

(i) In 1642, Blaise Pascal created the world’s first Mechanical Calculator. This is also called Pascalene.

(ii) In 1833, British scientist Charles Babbage envisaged an automatic calculator i.e. computer first time. But despite the tireless efforts of 40 years, they could not make it. He is called Father of Modern Computer. Also the credit for doing the first computer program ầATT goes to his disciple Eda Augusta Lovelace. They named the computer program in the name of the app – ADA.

(iii) In 1880, Hermann Hollerith realized the concept of Babbage. He made an electronic tabulating machine, which normally used to do all the work automatically with the help of punch cards. The invention of punch card by Harmon Hollerith contributed immensely to the development of the computer. This punch card is still used on the computers today.

(iv) In 1937 Howard Auckin created the first mechanical computers Mark I.

(v) During World War II (1939-45) the rapid growth of computer science has grown. After World War II, all the major principles of modern computers were developed.

(vi) The first revolution in the field of the calculation machine came in 1946 when J.P. Eckert and John Mosley invented the world’s the first electronic computers ENIAC-I (Electronic Numerical Integrator and Calculator). In this case, the electronic valve or vacuum tube was used as a switch.

(vii) Most of the development in computer development is by John W. Newman. John Van Newman gave correct direction to the computer revolution in 1951 (Second Revolution). He invented the EDVAC (Electronic Discrete variable Automatic Computers). In this, he used the stored program. The credit for the use of the binary system for the work of computers also goes to him.

Classified based on their size and methodology.

Classifications based on size:

Generally, There are four types on the basis of size. These are-

Micro Computers:

These are computers used by virtually the same person, which is why these computers are often used by personal computers or PCs. (P.C.). They can come on a small table. This type of computer is used in offices, homes or businesses. Due to its capacity to maintain a large capacity of storage capacity and quantity, it is being widely used today.

Mini Computers:

These types of computers are also small in terms of size and functionality. Such types of computers can come on a big table and can be worked together on twenty-thirty terminals. However, It is about 5 to 50 times the capacity of the microcomputer.

Main Frame Computers:

This type also is of a large size and is designed by putting it in a steel frame. Its memory is more than PC and Mini Computer. Many people, sometimes more than 100 people can work on different terminals simultaneously with time sharing and multitasking on these types of computers.

Super Computers:

Supercomputers are very powerful. They also perform very complex operations at very rapid pace. Their storage capacity is also high. A supercomputer is by far the fastest and most expensive.

]]>https://info-dog.com/computer/feed/0Monitor refresh ratehttps://info-dog.com/monitor-refresh-rate/
https://info-dog.com/monitor-refresh-rate/#commentsSun, 10 Dec 2017 23:45:27 +0000https://info-dog.com/?p=43 Monitor refresh rate A monitor is an output device. This is also called a visual display unit. This is like watching TV. A [...]

Monitor refresh rate

A monitor is an output device. This is also called a visual display unit. This is like watching TV. A monitor is one of the most important output devices. Without it the computer is incomplete. It displays the output as a soft copy on its screen. These are of three types depending on the colors displayed by the monitor.

Monochrome: –

This word is made up of two words mono (i.e. Single) and chrome (i.e. color) which is why it is called single color display and it displays the monitor output as black and white |

Gray-Scale: –

These monitors are like monochrome but it displays any type of display in gray shades. These types of monitors are mostly used in handy computers such as a laptop (Laptop).

Color Monitor: –

Such monitor displays output as RGB (Red-Green-Blue) radiation adjustment due to the principle that such monitor was able to display graphics in higher resolution At the time of computer memory, such monitors have the ability to display output in colors ranging from 16 to 16 million.

Whenever you see your monitor refresh rate, it is written 50Hz, 60Hz, 120Hz, 144Hz. Have you ever thought of what it is, or what it means? Let us now tell you about this refresh rate.

What is monitor Refresh Rate?

The refresh rate of the monitor directly means that your monitor will be refreshed in 1 second.
That is, if the refresh rate of a monitor is 60 Hz, then it is refreshed 60 times in 1 second. Or update 60 times with new information.
Now let’s assume that you are playing a game on your computer and your computer is also sending the signal to 60 Hz so you will not have problems playing the game.
But if your computer is fast enough and sending that game to 120Hz, and your monitor has less than 60Hz refresh rate, then your monitor will not be able to show a few frames of the intermediate.

Be sure to read them

A refresh rate of a simple monitor where from 50Hz to 60Hz, the refresh rate of a gaming monitor is 120Hz to 144Hz.
Now you may be wondering why the gaming monitor’s refresh rate is so high.
The reason for this is that the high-end game is output to your computer’s CPU and GPU high refresh rate.
Because of that, you will be able to see all the frames of that game properly if you have a refresh rate equivalent to that refresh rate to play that game.

Right click on your desktop to know your monitor refresh rate.
Now in this, you click on the display setting here.
Now you can click on advanced display setting here.
You can also click on display adapter properties here.
Now click on the monitor tab in the windows that have been opened so you will be able to know the refresh rate of your monitor.

Conclusion

The higher the monitor’s refresh rate, the lesser it plays with any high-end games. If there is a difference in the game and the refresh rate of the monitor, then the game does not seem to run properly on the computer.
I hope that this post of today is how to get your monitor refresh rate (what happens?) You people would have liked it. Share it with your friends on social media. And subscribe to this blog to get the information of every new post in my email.